Time flies when you are having fun and apparently today it’s my 3rd London anniversary :)
I was just reading few minutes ago the second chapter of my adventure in the United Kingdom and I’m really surprised to see how many things have changed during the last year.
Driven by my dream of getting better and better, I tried to hit most of the targets for this year.
The following months have been really intense and plenty of events that is better to summarise in just few points:
- written a comprehensive tutorial about Android Wear
- attended a course on Reactive Programming
- accomplished 3/4 of Cloud Computing specialisation also on Coursera
- moved from Hailo Ltd to Bloomberg LP at the end of August
Yesterday, I also started a Machine Learning course that will try to keep me busy till to the end of February.
I don’t know why… but I still feel that I haven’t done enough things during this 2015. I can justify this, saying that otherwise I wouldn’t know what to do next year… even if I have already got something in mind😉
After a long period of silence on my blog, I hope that all my achievements have turned on you the desire of striving always for something more. Someone would say YOLO(you live only once) and I definitely agree with that: life is to short to let it fly away.
See you at the next time
Being at the last step of our Android Wear journey suggests us to make some assumptions and considerations on how to take advantage of this new platform in real scenarios. Beside this, we are going to have a brief look at some of the missing elements that we did not touch before, focusing our attention on answering the questions those might have risen in the mind of the readers while going through the entire path.
Since the beginning of our journey, we have tried to create a wearable experience starting from our existing handheld app. A first working solution has been achieved just taking advantage of the WearableExtender that has allowed us to easily extend the status bar notifications, providing detailed info and extended functionalities to the wearable device. Even if this approach can work for the majority of the applications and it is really straightforward to achieve, it has some drawbacks in terms of achievable features and availability of content on the smartwatch. In fact, if the smartphone and the wearable device are not coupled, the latter one cannot offer any more access to the previously shown content. Keeping in mind that the wearable device is not a substitute of the handheld one but more like an extension that should try to simplify the user life, we have then exposed a limited number of functionalities into a custom wearable app. In order to achieve this result both applications currently share a common module but are decoupled in terms of single application modules. In this way it is possible to recycle and share code elements like the ContentProvider, the models and common utilities but at the same time keep distinct the different platform based implementations. In ‘Pimp my Wear’, this solution has led us to a wearable application that can be used by the user even if the two devices are temporarily disconnected but at the same time to a situation where the content gets out-synced. In this chapter we are going to have a look at how the Wearable Api can help us exchanging and syncing data between the two different devices.
In “Colonizing Wearables”, after a first attempt of running the existing handheld version of the Books application on a smartwatch, we ended up creating a simple Android Wear module that displays the number of available book entries. This has been done not only to discover more about Android Wear, but because a handheld app should not be just ported to a wearable device. During our journey, we have introduced few of the new UI components offered by the wear support library. Among them, WatchViewStub has allowed us to handle different screen shapes, figuring out at runtime the type of display. We also had a chance to understand the reason why and how the wearable module has to be included into the handheld build. Therefore, the goal of this part is to evolve the previous module into something that can be easily used by user and that tries to follow as much as possible the android wear design patterns.
In “Landing on Wearables” we have approached wearables devices extending our existing app’s notifications and explaining briefly how to bind them to our development machine for debugging purposes. Now it is time to study more in deep what we can achieve directly on a device running Android Wear, understanding the constraints and the possibilities that the platform introduces. We will continue to keep as reference the Books application previously developed and we will try to create an Android Wear module.
In “Introduction to Wearables” we had a look at some of the concepts those are the foundations of Android Wear. In this part we are going to skip completely any considerations on that and we’ll have a look at how things work underneath. In particular, we’ll have a look at how to extend existing application’s notifications and how to debug on wearables(this second part will be used for the following tutorials). In order to achieve this, we’ll start with a sample application that runs just on a handheld device and we’ll try step by step to extend it, trying to create a beautiful user experience even on a device running Android Wear. Read the rest of this entry
Wearable devices are definitely one of the most exciting and coolest technologies of 2014 along with drones and smart cars. Hardware producers, software companies and even start-ups are pushing the boundaries beyond what is just being on a handheld device, struggling to open new challenges and attract new customers. Something similar has been already seen when smartphones were just at the beginning of their appearance, but this time the purposes and targets of this technology are a little bit different. It is not just a matter of keeping the user connected with the World outside but it’s more about offering him new services, getting more from/into his life. Sensors can collect data about user activities (heart rate, pedometer, burn calories, sleep hours…) allowing to know more from the user’s context and his behaviors. Embedding them on wearable devices(smartwatches, rings, betls,…) can grant almost a 24 hours coverage, attracting the user to use something that he is already used to wear but with more functionalities and fancier. Read the rest of this entry
It looks like that Today it’s my second year anniversary here in London
I want definitely to be a lot more concise than the past year but at the same time I want to write something that will remain as stone in the path of my life. Read the rest of this entry
As you probably already know, today the Android team has released the latest version of Android (Lollipop – V21) to all the developers across the World.
This version is full of new APIs and it will definitely be an important milestone for the green platform. As Holo did a while ago, Material is going to change the way in which we’re used to use our devices enchanting animations, transitions, colors and usability. Read the rest of this entry
When I started to develop the first Android version of MyNextBus in London, I had to think about how implement the section management of different items types into a list. It was a great opportunity, at the time of the first writing, to use the framework’s widget called ExpandableListView. If you have never heard about that before, a quick look should solve any lack and make you more comfortable with what you’ll read below. Read the rest of this entry